Story Shear (Response Spectrum Analysis) Table
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Check the story inertia forces and story shear forces from the response spectrum analysis results in a spreadsheet format table.
When "Story Shear Force Ratio>Consider Story Module"is checked in the "Model/Building/Control Data", accurate shear forces can be obtained for the story having the overlapping Module.
When Modules are defined in Results > Result Tables > Story > Define Module, the Module data is displayed in the first column of the table.
Table Tool in midas Gen offers a variety of powerful built-in
functions. Refer to the following items for detail directions: Usage of Table Tool
Terminology
Familiarize with Usage
Basic directions (Cell motion, selection, size control, etc.)
Data manipulation (Add, delete, modify data, etc.)
Copy/Paste data using clipboard
Supplementary Table functions
Table Sorting
Table format setting
Auto-fit column width
Graph printing
Supplementary functions by Table types
Node/Element Table
Results Table |
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From the Main Menu select Results > Result Tables > Story > Story Shear(Response Spectrum Analysis).
Select Result Tables > Story > Story Shear(Response Spectrum Analysis) in the Tables tab of the Tree Menu. |
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From the Records Activation Dialog, select the Spectrum Load Cases for which story shear forces will be checked.
Record Activation dialog box
Refer to Usage of Table Tool and
check the following data:
When Modules are not defined
Story Shear (for R.S)
Story Shear (for R.S) tab
Story: Story ID
Level: Story Elevation
Spectrum: Response spectrum load case
Inertia Force: Story inertia force
Shear Force: Story shear force
Spring Reaction: Reaction of a spring entered as a boundary condition (linear spring support)
Without Spring: Story shear force less the spring reaction
With Spring: Story shear force including the spring reaction
Note
Eccentricity: Eccentricity from the mass center
Story Force: Shear force at each story level
Note Shear Force represents the sum of shear forces of all the upper stories as well as the corresponding story, and Story Force represents the shear force acting on the corresponding story.
Eccentric Moment: Story Shear * Eccentricity
Note
Story Shear Force Coefficient
Story Shear Force Coefficient tab
Story: Story ID
Spectrum: Response spectrum load case
Shear Force: Story shear force
Weight Sum: Total weight
Story Shear Force Co: Story shear force coefficient
Note
When Modules are defined
Story Shear (for R.S)
Story Shear (for R.S) tab
Story: Story ID
Level: Story Elevation
Spectrum: Response spectrum load case
Inertia Force: Story inertia force
Shear Force: Story shear force
Spring Reaction: Reaction of a spring entered as a boundary condition (linear spring support)
Without Spring: Story shear force less the spring reaction
With Spring: Story shear force including the spring reaction
Note
Eccentricity: Eccentricity from the mass center
Story Force: Shear force at each story level
Note
Eccentric Moment: Story Shear * Eccentricity
Note
Story Shear Force Coefficient
Story Shear Force Coefficient tab
Story: Story ID
Spectrum: Response spectrum load case
Shear Force: Story shear force
Weight Sum: Total weight
Story Shear Force Co: Story shear force coefficient
Note
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